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MOROCCOのフラグ
sidi slimane, morocco
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登録日: 5月 13, 2020
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Oussama S.

@Youness103

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$15 USD / 時間
MOROCCOのフラグ
sidi slimane, morocco
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Embedded systems engineer

I am Oussama Safi, a second-year master's student specializing in Embedded Systems, Networks, and Telecommunications. With a robust academic foundation and hands-on project experience, I have showcased proficiency in designing and implementing innovative solutions in embedded systems. Noteworthy projects in my portfolio include developing an I2C communication driver for the STM32 microcontroller, programming an ESP32-based GPS tracker for public transportation applications, and creating a connected datalogger for smart agriculture. My diverse skill set spans programming languages such as Java, C, Python, and MATLAB. I am adept at working with communication protocols like I2C, UART, SPI, and CAN, and have practical experience with microcontrollers such as STM32, Arduino, ESP32, and ESP8266. Technical expertise extends to development environments like STM32 Cube IDE, Arduino IDE, and Android Studio. I also have a solid foundation in data processing, web development, and version control using GitHub and Git.
Freelancer C Programmers Morocco
全て見る C Programmers 、 Morocco

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ログインしてチャットで詳細を相談しましょう、

ポートフォリオ

11576207
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
11576227
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
11576207
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
Experience the forefront of agricultural technology with our groundbreaking project! We utilize an Arduino development board to meticulously gather data on relative humidity, soil moisture, temperature, and reservoir water levels. Enhanced by a day-night detecting light sensor, this information is seamlessly transmitted via UART to an ESP8266 development board. The ESP8266, in turn, communicates effortlessly with Firebase for dynamic real-time database updates while also regulating a connected water pump based on received data. Our project introduces an Android app featuring a secure login page, an all-encompassing dashboard, and three pages displaying the latest twenty readings for humidity, soil moisture, and temperature in user-friendly graphs. Drawing data directly from Firebase, the app incorporates control buttons on the dashboard, empowering users to manage the water pump connected to the ESP8266.
Smart Agriculture Hub
11576227
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system
Introducing the FST-Bus Innovation: A seamless blend of cutting-edge hardware and a user-friendly Android app redefines bus tracking. The first component features an ESP32, NEO6M GPS, LCD display, and a button, orchestrating real-time data flow to Firebase. With an intuitive display showcasing Wi-Fi and Firebase connections, GPS status, and smart interrupt-enabled buttons, this prototype ensures precise bus tracking without disrupting GPS functionality. The Android app, the project's second half, boasts a user-centric design with a sign-up process. After email verification, users gain access to a login screen, guarding the gateway to a world of insightful features. Navigate effortlessly through the list of available buses, choosing your ride. Dive deeper into a dedicated bus page, uncovering real-time positions, stations, and trajectories displayed on an interactive map. Experience FST-Bus – where innovation meets user empowerment, making bus tracking a breeze!
Bus tracking system

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